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nanoFlu fluorometers are low-priced, submersible miniaturized fluorometers for highly precise and selective measurement of CDOM (colored dissolved organic matter, yellow substances), chlorophyll A or phycocyanin in cyanobacteria.

Long-term stability of measurements is ensured by the combination of low power consumption and innovative coating of the optical window, as an energy efficient and environmentally friendly anti-fouling solution.

The devices can be used in diverse applications for the monitoring of sea and river waters, as well as in drinking- and wastewater treatment systems.

Internal reference signals of the high performance LEDs used for fluorescence excitation compensate aging effects and temperature influences.

The nanoFlu is a low-priced, submersible and miniature fluorescence sensor for highly precise & selective measurement of CDOM (coloured dissolved organic matter, yellow substances), rhodamine, chlorophyll A in green algae or phycocyanin in cyanobacteria.
Features
  • Operating principle: Fluoresence
  • Measuring range: 0 - 200 µg/L
  • Accuracy: ± 3%
  • Temperature: 2°C - 40°C
  • Pressure: 3 bar (Fixed Cable) or 30 bar (SubConn Connector)
  • Inflow Velocity: 0.1 - 10 m/sec
  • Ingress: IP68
  • Long-term stability of measurements is ensured by the combination of low power consumption & innovative coating of the optical window, as an energy efficient and environmentally friendly antifouling solution

  • Sea, River or Freshwater Reservoir Systems
  • Incoming / Outgoing Flow at Drinking & Wastewater Treatment Plants
  • Potential Filter Membrane Leaks during Rhodamine Testing
  • Internal Reference Signals of the High Performance LEDs used for Fluorescence Excitation Compensate Ageing Effects and Temperature Influences
  • G2 Interface

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